Vulnerability Threat Intelligence

What is vulnerability intelligence?

Vulnerability intelligence refers to the collection, analysis, and contextualization of information related to known and emerging software and hardware vulnerabilities. This subset of threat intelligence enables security teams to better understand the risk landscape, prioritize remediation efforts, and make informed decisions about patching, mitigation, or compensating controls. Unlike general threat intelligence, which may focus on adversary behavior or indicators of compromise (IOCs), vulnerability intelligence hones in specifically on the weaknesses adversaries may exploit to compromise systems and data.

Often referred to as vulnerability threat intelligence, this discipline is essential in modern cyber defense strategies. It not only identifies vulnerabilities but also analyzes how those weaknesses are being leveraged in the wild—by whom, against what types of targets, and with what potential impact. For instance, a newly discovered vulnerability in a popular enterprise VPN solution becomes more urgent if active exploitation by a known APT group is observed. The combination of CVE-level data, exploitation trends, and threat actor activity forms the core of actionable vulnerability intelligence.

Types of vulnerability intelligence

Vulnerability intelligence can take multiple forms:

• Raw Vulnerability Feeds: These include CVE identifiers and descriptions sourced from the National Vulnerability Database (NVD) or vendor advisories. While useful, they often lack context.
• Exploit Intelligence: Information on whether an exploit exists—publicly available on platforms like ExploitDB, or privately circulated on underground forums.
• Threat Contextualized Intelligence: These reports link vulnerabilities to specific adversary campaigns or malware families.
• Patch Intelligence: Details about the availability and reliability of patches, including known issues that may arise from applying them.
• Zero-day Intelligence: Rare but critical, this involves knowledge of vulnerabilities that are being actively exploited but not yet publicly disclosed.

5 Key elements of vulnerability intelligence

To be truly valuable, vulnerability intelligence must go beyond basic vulnerability listings and offer actionable insight. This involves correlating technical details with real-world exploitation context, organizational impact, and mitigation options.

Effective vulnerability intelligence includes several core components:

1. Vulnerability Identification: Recognition of software/hardware flaws via CVEs, vendor bulletins, or third-party researchers.
2. Threat Context: Information on whether the vulnerability is being actively exploited, and by whom.
3. Asset Relevance: Mapping the vulnerability to the organization’s own environment to assess exposure.
4. Risk Scoring and Prioritization: Using CVSS scores, exploitability, and business context to rank remediation urgency.
5. Remediation Guidance: Providing actionable recommendations for patching, mitigating, or isolating vulnerable systems.

When these elements are integrated, vulnerability intelligence becomes a practical asset for both technical teams and strategic leadership. It empowers organizations to approach vulnerabilities with a sense of prioritization that’s informed by external threats and internal impact.

How vulnerability intelligence is used

The real value of vulnerability intelligence is realized through its application in daily security operations and strategic planning. Security operations centers (SOCs), vulnerability management teams, and risk professionals use this intelligence to drive a more informed and efficient security posture.

Some of the common use cases include:

• Prioritize patching and remediation efforts based on real-world exploitability.
• Enhance vulnerability scanning and asset inventory alignment by mapping external intelligence to internal systems.
• Inform risk assessments and influence decisions around control implementation.
• Support incident response by quickly identifying if exploited vulnerabilities in ongoing attacks are present in the organization.
• Enable threat modeling by understanding which attack paths adversaries are currently favoring.

By leveraging these use cases, organizations can significantly reduce time-to-remediation, improve situational awareness, and focus limited resources where they matter most. Integrating vulnerability intelligence into vulnerability management workflows ensures that risk reduction efforts are based on what is actively being exploited rather than just theoretical severity.

Benefits of vulnerability intelligence

The integration of vulnerability intelligence into security workflows brings numerous tangible advantages. By focusing on exploitation trends and organizational context, it enhances decision-making across both tactical and strategic levels. These benefits are particularly important for organizations dealing with large, complex environments where not every vulnerability can be addressed immediately.

• Reduced exposure time by focusing remediation on high-risk, actively exploited vulnerabilities.
• More efficient use of resources by avoiding patching everything indiscriminately.
• Improved communication with stakeholders through risk-based explanations.
• Stronger alignment between threat intelligence and vulnerability management workflows.

Ultimately, these benefits translate into a more resilient cybersecurity posture and a better ability to respond to and mitigate evolving threats in real time.

The convergence of threat intelligence & vulnerability management

As cyber threats continue to evolve, the integration of vulnerability intelligence into vulnerability management programs becomes increasingly critical. Traditional vulnerability management, which focused primarily on scanning and patching, often lacks the context needed to make risk-based decisions. Vulnerability intelligence fills this gap by injecting real-world threat data, enabling organizations to transition from a reactive to a proactive defense posture.

For CISOs and security leaders, vulnerability intelligence provides the justification needed to prioritize strategic remediation efforts, allocate budget toward the most pressing risks, and demonstrate to boards and regulators a mature, threat-informed approach to cyber risk.

Ultimately, in an age where time to weaponization for new vulnerabilities is shorter than ever, vulnerability intelligence serves as the bridge between technical flaws and operational risk—ensuring that defenders stay one step ahead of attackers.

What is contextual vulnerability threat intelligence?

Contextual vulnerability threat intelligence provides security teams with an indication of which vulnerabilities represent the greatest risk. Superior contextual vulnerability intelligence is based on intelligence collected from the deep and dark web, where threat actors often reveal or leave clues to the vulnerabilities they are likely to exploits in the near future. Contextual vulnerability intelligence can help security teams to understand which vulnerabilities are easiest to target and how attackers might exploit them to gain access.

As the number of software vulnerabilities continues to rise each year, security teams are tasked with the difficult challenge of vulnerability prioritization. Theoretically, by patching the most dangerous vulnerabilities first, security teams can effectively reduce risk and improve their organization’s security posture.

In practice, however, determining which vulnerabilities represent the greatest risk is a complicated endeavor. The traditional approach to evaluating risk –the Common Vulnerability Scoring System, or CVSS – measures the severity of the impact on an organization if a particular vulnerability were to be exploited. But of the hundreds of thousands of known vulnerabilities, only a small percentage - 6% - are likely to be used by attackers. When using CVSS ratings alone, security teams may spend a great deal of time patching high-severity vulnerabilities that have zero chance of being exploited, while failing to patch other vulnerabilities that are favored by attackers, simply because they have lower CVSS scores.

The importance of contextual vulnerability intelligence

What security teams really need is contextual vulnerability threat intelligence that reveals what vulnerabilities are most likely to be exploited soon, along with critical context around each vulnerability. For example, security teams can benefit from knowing which threat actors are interested in certain vulnerabilities and what their objectives may be. It’s also helpful to know how easily a vulnerability can be exploited, and what kind of proof-of-concept or exploit code has already been written and shared between attackers. Knowing how exploited vulnerabilities may be combined with other attack vectors in a complex campaign is invaluable.

The cybercriminal underground – the deep and dark web - is the best source of information. By monitoring underground forums and marketplaces, code repositories and paste sites, and other channels where malicious threat actors gather online, security teams can better understand emerging threats – and what they must do to combat them.

That’s where Bitsight can help – with contextual vulnerability threat intelligence gleaned from monitoring the clear, deep and dark web. Our Dynamic Vulnerability Intelligence provides an end-to-end solution spanning the entire CVE lifecycle, streamlining vulnerability analysis, management and remediation/mitigation by equipping teams with the critical, context-rich threat intelligence they need to identify and prioritize vulnerabilities that pose the greatest risks to the organization - before they can be exploited in attack.

Benefits of DVE Intelligence

Dynamic Vulnerability Exploit (DVE) Intelligence refines vulnerability assessment, management and prioritization processes by correlating asset exposure and impact severity data with real-time, contextual vulnerability intelligence derived from cybercriminal activity and discourse across the deep, dark and clear web. Using advanced AI models, DVE harnesses these insights to generate a robust, accurate and transparent prediction of exploitation probability over the next 90 days, mere hours after the CVE is first published. Continuously updated in real-time, each risk-score is backed with full visibility into the complete body of collected vulnerability intelligence linked to each CVE, including dynamic attributes such as where it is trending, associated ransomware and APT groups, POC and exploit kit details, related underground chatter, actor and source reputation, and more. 

Bitsight's Vulnerability Intelligence provides clear advantages for security teams.

• Gain contextual vulnerability intelligence in real-time. DVE Intelligence enriches each CVE with critical contextual insight regarding the discourse, potential impact, exploitability and urgency for each vulnerability before cybercriminals exploit them in an attack.
• Reduce false positives/negatives. DVE refines the risk assessment process with advanced precision, automatically mapping exposed vulnerabilities (CVEs) to specific products and versions (CPEs), allowing teams to focus only on those vulnerabilities that directly expose their existing IT assets and infrastructures to attack.  
• Identify high-risk vulnerabilities earlier. While a newly discovered vulnerability may not be assigned a CVSS score for days or weeks, Bitsight assigns a DVE score within hours, helping security teams to quickly prioritize remediation for high-risk CVEs affecting their networks.
• Streamline vulnerability management. DVE Intelligence supports all phases of the vulnerability exposure management lifecycle. By integrating easily with existing security technology and automating critical processes, Vulnerability Intelligence can accelerate the efficiency of security teams and streamline vulnerability management from end to end.
• Intelligence based on comprehensive sources. Bitsight has the broadest threat intelligence capabilities available in the industry, autonomously scraping data from sites that are often inaccessible to other vendors.
• Deeper insights into threat actor plans. DVE  harnesses Bitsight's best-in-market vulnerability intelligence to provide unparalleled insight into the adversarial mindset, automatically mapping each vulnerability to adversary tactics and techniques as defined in the MITRE ATT&CK framework to align CVE assessments with existing security controls and defensive workflows. 

DVE’s advanced features and functionalities support all stages of the CVE lifecycle - from advanced CPE-CVE matching and MITRE technique mapping capabilities to the provision of vulnerability and exploit intelligence and remediation information - dramatically accelerating the efficiency and productivity of security and vulnerability teams. DVE aggregates CPE data from multiple sources to fix the data deficiencies in the NVD’s CPE dictionary, automating the CPE to CVE matching process with high-fidelity data to deliver the most accurate results. This best-in-class CPE attribution information is then correlated with each organization’s defined assets, triggering automated alerts to warn teams of the specific vulnerabilities that directly expose their systems to attack, just hours after the CVE is first published.